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Team 11: Poseidon

Team 11: Poseidon. Project: Automated Pool Chemical System 3 /1/10 Oral Presentation #3 Engr. 340. Presentation Overview. Current System Snapshot Accomplishments Obstacles Design Decisions Design Norms Revised Goals Questions. The Team. Simeon Eisen , Jeff Overweg ,

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Team 11: Poseidon

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  1. Team 11: Poseidon Project: Automated Pool Chemical System 3/1/10 Oral Presentation #3 Engr. 340

  2. Presentation Overview • Current System Snapshot • Accomplishments • Obstacles • Design Decisions • Design Norms • Revised Goals • Questions

  3. The Team Simeon Eisen, Jeff Overweg, Jacob Vander Wall, Aaron Maley

  4. Program Snapshot • Current System Overview: • Current System allows for a host of ways to make it more sophisticated. • Team Responsibilities and what we are working on…

  5. Accomplishments • Successfully built a prototype auger system for chemical delivery. • Web server testing has allowed website to be viewed on LAN as well as host its own network. • Built and Tested a microcontroller programmer for use with AVR Studio. • Ordered a majority of the parts that we researched in the PPFS.

  6. Obstacles • Patents • Current patents would prevent us selling our current configuration on the market. • Working with surface mount components • Both LCD and Touch Screen components come as surface mount parts • Static IP for Wireless Module • Modern routers primarily use dynamic IP addressing • Accuracy of chemical delivery

  7. Design Decisions • 1.25” Garden Auger • Chose based on Cost and durability • ATMega 644 • More I/O and Memory for Website • Servo Motors • Based on torque calculations on dispenser prototype • AVR Studio • Allows more direct access to the microcontroller than the arduino

  8. Design Norms • Trust • Safety and reliability • Transparency • Clear, effective communication • Stewardship • Environment, resources and time

  9. Revised Goals • Integration of dispenser prototype with micro-controlled stepper • Develop internal website to its maximum size • Integrate graphic LCD and Touch Screen Controls • Learn AVR Studio • Build a PCB design for final system • Determine router compatibility list for product, if static IP cannot be circumvented

  10. Questions?

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